CN109772513A - A kind of construction material molding machine of automatic blanking - Google Patents
A kind of construction material molding machine of automatic blanking Download PDFInfo
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- CN109772513A CN109772513A CN201910177961.2A CN201910177961A CN109772513A CN 109772513 A CN109772513 A CN 109772513A CN 201910177961 A CN201910177961 A CN 201910177961A CN 109772513 A CN109772513 A CN 109772513A
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Abstract
The invention discloses a kind of construction material molding machines of automatic blanking, belong to one of building material technical field integral molding device, its purpose is to provide a kind of device of processing and forming with efficient fine, technical solution be include raw material processing, the molding equipment being connect with raw material processing, the blanking equipment being connect with molding equipment；Raw material processing includes cabinet, the processing assembly that box house is arranged in, processing assembly includes the shredder assemblies set gradually from top to bottom along box height direction, disorder component, agitating and heating component, agitating and heating component is provided with discharging tube apparatus, the discharge head of the discharging tube apparatus is placed in the top of molding equipment, the molding equipment includes the mold turn-table component being placed in below discharge head, and the other side of the mold turn-table component is provided with rotary type punch forming component；The present invention provides a kind of construction material molding machine of automatic blanking, realizes the production of efficient, high quality construction material.
Description
Technical field
The invention belongs to building material technical fields, and in particular to a kind of construction material molding machine of automatic blanking.
Background technique
Construction material is the material base for constituting building and structures, is material used in civil engineering and architectural engineering
The general designation of material.Currently, sometimes needing to be squeezed, material being squeezed into block in construction material production process
Or powder object and then giving forming processes, traditional material is crushed work low efficiency, and crushing effect is poor, to subsequent work
Sequence has very serious influence, and traditional construction material molding machine stirring efficiency is low, and molding is slow, it is also necessary to manually carry out down
Material, this mode large labor intensity, poor continuity, processing efficiency are low.
Application number CN201810009107.0 discloses a kind of construction material of automatic blanking of building material technical field
Molding machine, including crushing device, the crushing device bottom right side are equipped with connecting tube, and the connecting tube other end connection is stirred
Device is mixed, the transmission device top left side is placed with shaping box, and the base top is equipped with molding cabinet, the shaping box
Mold is installed at the top of intracoelomic cavity, lower feed box is installed on the right side of base top；The device is tentatively crushed by crushing knife tool,
It is pulverized again by grinding tool, so that the material after processing is powdered, good crushing effect, and is conducive to subsequent Beater operator
Make；It is provided with heating plate in agitating device, convenient for the mixing of material, so that material is more fully mixed, wind is provided on mold
Machine cooling improves working efficiency by transmission device and is stirred molding transmission so that material forming is fast, does not need artificial
Blanking is carried out, this mode labor intensity is small, and continuity is good, high in machining efficiency.
Although but a kind of construction material molding machine of above-mentioned automatic blanking is during producing construction material
Raw material are carried out with preliminary break process by crushing device, agitating device, but due in crushing device, agitating device pair
Raw material in the process of processing, do not cause the raw material in agitating device by powder raw material progress fine screen and subdivision
Volume particle is uneven after broken, so that the later period forms biggish bubble in molding construction material, so that the matter of construction material entirety
Non-uniform situation is measured, while carrying out punching press in transmission device upper end during extrusion forming, has seriously affected transmission device
Service life so that molding machine is easy to safety problem occur.
Summary of the invention
It is an object of the invention to: to solve in the prior art, building molding machine, which exists, crushes the raw material of processing
There are biggish during not enough finely making later period molding building materials quality not high and being press-formed to raw material
Security risk and inefficient problem provide a kind of construction material molding machine of automatic blanking, broken using fine sieve powder
Raw material processing, safe and efficient molding equipment realize to the processing and forming of the efficient fine of construction material, realize height
The production of the construction material of effect, high quality.
The technical solution adopted by the invention is as follows:
A kind of construction material molding machine of automatic blanking, connect including raw material processing, with raw material processing
Molding equipment, the blanking equipment being connect with molding equipment；The raw material processing includes cabinet, adding for box house is arranged in
Work component, the processing assembly include the shredder assemblies set gradually from top to bottom along box height direction, disorder component, stirring
Heating component, the agitating and heating component are provided with discharging tube apparatus, and the discharge head of the discharging tube apparatus is placed in molding equipment
Top, the molding equipment includes the mold turn-table component being placed in below discharge head, the other side of the mold turn-table component
It is provided with rotary type punch forming component, the blanking equipment is provided with transmission belt, and one end of the transmission belt is placed in rotary type
The other side of punch forming component.
Further, the shredder assemblies include combining along box width direction provided with multiple grinding gears, Duo Gesuo
The rotation axis for stating grinding gear combination middle gear is fixedly connected to power motor, and vibration is provided with below the shredder assemblies
Sieve plate assembly, the oscillating screen plate component include the sieve plate that can be slided along box height direction, the cunning of the sieve plate both ends setting
Bar is placed in the sliding slot of box height direction setting, and the top and bottom of the slide bar are provided with compressed spring, the pressure
Contracting spring is placed in slide bar and the cavity of sliding slot short transverse setting, and the slide bar of sieve plate one end setting is provided with vibration cam
The outer wall of component, the vibration cam pack and cabinet is fixedly installed.
Further, the vibration cam pack includes the casing being fixedly connected with cabinet exterior, is placed in casing internal
Vibrating motor, the rotation cam for being coated at vibrating motor main shaft, the rubber ring for being coated at slide bar end, the side of the rotation cam
The setting of the EDGE CONTACT of edge and rubber ring.
Further, the disorder component includes the disorder cylinder being arranged along box width direction, setting portion outside the enclosure
Power motor, the disorder cylinder include the rotating disc for rotating main shaft, rotation main shaft rear and front end being arranged in, two rotating discs
Between be evenly distributed along the side of rotating disc and be fixedly connected with multiple stirring rods, the both ends of the rotation main shaft are interior with cabinet
Wall is hinged, and the rotation main shaft is fixedly connected with power motor main shaft.
Further, the agitating and heating component include taper feed inlet below disorder component is set, setting is being bored
Mixing component below shape feed inlet, described wider one end of taper feed inlet are fixedly connected with the inner wall of cabinet, the taper
The relatively narrow one end of feed inlet is placed in the lower section of wider one end, and the mixing component includes heating rotation main shaft, is placed under cabinet
The stirring motor at end, the heating stirring blade being fixedly connected with heating rotation main shaft, the heating rotation main shaft and stirring motor
Rotation main shaft be fixedly connected.
Further, the mold turn-table component includes pedestal, the mould disks being placed in above pedestal, is placed in inside mould disks
Multiple mold slots, be placed in the rotary electric machine of base interior, multiple mold slots are uniformly arranged along the upper surface of mould disks, institute
The rotation main shaft for stating rotary electric machine is fixedly connected with mould disks central axis, and the upper end of the pedestal is additionally provided with turning slot, described
The lower end of mould disks is provided with the pivoted lever being placed in inside turning slot.
Further, the rotary type punch forming component includes " L " type rotating bar, time connecting with " L " type rotating bar
Rotating motor, the formed punch for being placed in " L " type rotation boom end, the formed punch are placed in the surface of mold slots, and the formed punch and " L " type turn
Between end part of movable rod by hydraulic stem connect, the hydraulic stem include the fixed section set gradually from top to bottom along short transverse,
Telescopic segment, the fixed section side wall, which is evenly distributed, is provided with multiple electromagnetic adsorption struts, and the lower end of electromagnetic adsorption strut is placed in
The surface at mold slots edge.
In conclusion by adopting the above-described technical solution, the beneficial effects of the present invention are:
1, in the present invention, by the way that raw material processing, molding equipment, blanking equipment is arranged, realization is crushed raw material
The broken preliminary working with fine sieve powder, wherein the setting of disorder component is so that raw material realizes that sufficient disorder is gone forward side by side after broken
Enter when agitating and heating component is preferably stirred heating processing, while under the action of discharging tube apparatus by agitating and heating after
The raw material of molten state squeeze and be expelled in molding equipment and be cooled and shaped, since turntable being arranged inside molding equipment
The raw material that discharge nozzle is discharged in the mold turn-table component of formula carries out the processing and forming of rotary type so that the punch forming of material and at
Intermittent discharge after type so that molding high in machining efficiency, while also avoid in the prior art in transmission device into
What row punch forming occurred has the problem of serious damage to molding equipment service life, by rotary type punch forming component
" L " type rotating bar takes out the electromagnetic adsorption of construction material after molding, fully achieves the molding automation of construction material and adds
Work significantly increases processing efficiency.
2, in the present invention, preliminary working is carried out to raw material in the front end that cabinet raw material enters by the combination of multiple grinding gears,
The efficiency crushing to raw material is realized, due to being provided with oscillating screen plate component below shredder assemblies, has been allowed to carry out broken
There is the larger Shi Zehui of particle and carries out the broken granularity just meeting up to reaching needs of circulation in grinding gear combination in raw material afterwards
Enter across sieve plate and process in next step, wherein vibration cam pack, which carries out effect of vibration increasing to the end of sieve plate, reaches demand
Raw material passes through screen.
3, in the present invention, the vibration cam pack includes the casing being fixedly connected with cabinet exterior, is placed in casing internal
Vibrating motor, be coated at vibrating motor main shaft rotation cam, be coated at the rubber ring of slide bar end, the rotation cam
The setting of the EDGE CONTACT of edge and rubber ring；Rotation cam is driven to carry out eccentric revolution to sieve plate end by vibrating motor
Slide bar carry out intermittent collision, it is thus achieved that whole vibration under the action of compressed spring of screen, to realize height
The primary dcreening operation of effect.
4, in the present invention, by the way that disorder cylinder is arranged to by the broken just raw material of shredder assemblies in the lower section of shredder assemblies
The stirring point for carrying out disorder formula is spread, and realization can uniformly enter agitating and heating component and be stirred to broken just raw material to be added
Heat, improves the processing efficiency of agitating and heating at the case where preventing into " sticking together ".
5, it in the present invention, prevents from stirring by effectively realizing in the top of agitating and heating component setting taper feed inlet
Being sputtered onto the disorder cartridge module of top occurs in the raw material that heating component is internally heated stirring, prevents large area
" refluence " situation；Heating rotation main shaft, the stirring motor for being placed in cabinet lower end and heating rotation master are set in mixing component simultaneously
The heating stirring blade that axis is fixedly connected, being evenly heated when realizing the stirring to raw material.
6, in the present invention, in the mould disks that the setting of mold turn-table component can be turned round under rotary electric machine drive, and
Multiple mold slots are set inside mould disks, the raw material of molten state enters and is placed in the metal die in mold slots in discharge head,
And be cooled and shaped in metal die, it is turned to after cooling and shaping below the formed punch in " L " type rotating bar, under the punching press of formed punch
Molding, realizes the fluency of entire punch forming process and the effect of high-efficient automatic.
7, in the present invention, by the way that multiple electromagnetic adsorption struts are arranged in the hydraulic stem of " L " type rotating bar, pass through multiple electricity
Magnetic suck strut carries out whole absorption to the metal die after punch forming and takes out, and realizes to construction material after molding
Efficient automatic blanking.
Detailed description of the invention
Fig. 1 is molding machine overall structure diagram of the present invention.
Structural schematic diagram of the Fig. 2 between oscillating screen plate component of the present invention and cabinet.
Fig. 3 is rotating disc structural schematic diagram of the present invention.
Fig. 4 is metal die structural schematic diagram of the present invention.
Marked in the figure: 1- raw material processing, 2- molding equipment, 3- blanking equipment, 4- cabinet, 5- processing assembly, 6- powder
Broken component, 7- disorder component, 8- agitating and heating component, 9- discharging tube apparatus, 10- discharge head, 11- mold turn-table component, 12- turn
Dynamic formula punch forming component, 13- transmission belt, the combination of 14- grinding gear, 15- oscillating screen plate component, 16- sieve plate, 17- slide bar,
18- sliding slot, 19- compressed spring, 20- vibrate cam pack, 21- casing, 22- vibrating motor, 23- rotation cam, 24- rubber
Circle, 25- disorder cylinder, 26- power motor, 27- rotation main shaft, 28- rotating disc, 29- stirring rod, 30- taper feed inlet, 31- are stirred
Mix component, 32- heating rotation main shaft, 33- stirring motor, 34- pedestal, 35- mould disks, 36- mold slots, 37- turning slot, 38-
Pivoted lever, 39- " L " type rotating bar, 40- turning motor, 41- hydraulic stem, 42- fixed section, 43- telescopic segment, 44- electromagnetic adsorption branch
Bar, 45- formed punch, 46- metal die.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that described herein, specific examples are only used to explain the present invention, not
For limiting the present invention.
A kind of construction material molding machine of automatic blanking, including raw material processing 1, connect with raw material processing 1
Molding equipment 2, the blanking equipment 3 that is connect with molding equipment 2；The raw material processing 1 includes cabinet 4, is arranged in cabinet 4
Internal processing assembly 5, the processing assembly 5 include the shredder assemblies 6 set gradually from top to bottom along 4 body short transverse of case,
Disorder component 7, agitating and heating component 8, the agitating and heating component 8 are provided with discharging tube apparatus 9, the discharging tube apparatus 9
Discharge head 10 is placed in the top of molding equipment 2, and the molding equipment 2 includes the mold turn-table component for being placed in 10 lower section of discharge head
11, the other side of the mold turn-table component 11 is provided with rotary type punch forming component 12, and the blanking equipment 3 is provided with biography
Dynamic band 13, one end of the transmission belt 13 is placed in the other side of rotary type punch forming component 12；It is set by the way that Raw material processing is arranged
The broken preliminary working of the broken and fine sieve powder to raw material is realized, wherein disorder group in standby 1, molding equipment 2, blanking equipment 3
The setting of part 7 is so that raw material is being realized sufficient disorder and entered when agitating and heating component 8 is preferably stirred after broken
Heating processing, while squeeze by the raw material of the molten state after agitating and heating under the action of discharging tube apparatus 9 and be expelled into
It is cooled and shaped in type equipment, the mold turn-table component 11 since rotating disc type being arranged inside molding equipment 2 arranges discharge nozzle
Raw material out carries out the processing and forming of rotary type, and wherein power pump installation is arranged in discharge nozzle, to the melting in agitating and heating component 8
Raw material is discharged, so that the punch forming of material and intermittent discharge after molding, so that it is molding high in machining efficiency, together
When also avoid carrying out punch forming appearance in transmission device in the prior art to molding equipment service life having serious damage
Harmful problem takes the electromagnetic adsorption of construction material after molding by " L " the type rotating bar in rotary type punch forming component
Out, the molding automation processing of construction material is fully achieved, processing efficiency is significantly increased.
Preferably, the shredder assemblies 6 include multiple grinding gears combination 14 along the setting of 4 width direction of cabinet, it is more
The rotation axis that a grinding gear combines 14 middle gears is fixedly connected to power motor, and the lower section of the shredder assemblies 6 is set
It is equipped with oscillating screen plate component 15, the oscillating screen plate component 15 includes the sieve plate 16 that can be slided along 4 short transverse of cabinet, the sieve
The slide bar 17 of 16 both ends of plate setting is placed in the sliding slot 18 of 4 short transverse of cabinet setting, the top and bottom of the slide bar 17
It is provided with compressed spring 19, the compressed spring 19 is placed in slide bar 17 and the cavity of 18 short transverse of sliding slot setting, described
The slide bar of 16 one end of sieve plate setting is provided with vibration cam pack 20, and the vibration cam pack 20 and the outer wall of cabinet 4 are fixed
Setting；Preliminary working is carried out to raw material in the front end that 4 raw material of cabinet enters by the combination of multiple grinding gears, is realized to raw material
Efficiency crushing has allowed to carry out broken raw material and has occurred due to being provided with oscillating screen plate component 15 in the lower section of shredder assemblies 6
The larger Shi Zehui of particle carried out in grinding gear combination 14 circulation it is broken until the granularity for reaching needs can just pass through sieve plate into
Enter and process in next step, wherein the raw material that vibration cam pack 20 reaches demand to the end progress effect of vibration increasing of sieve plate 16 is worn
Cross sieve plate 16.
Preferably, the vibration cam pack 20 includes the casing 21 being fixedly connected with 4 outer wall of cabinet, is placed in casing 21
The vibrating motor 22 of inside, the rotation cam 23 for being coated at 22 main shaft of vibrating motor, the rubber ring 24 for being coated at 17 end of slide bar,
The edge of the rotation cam 23 and the EDGE CONTACT of rubber ring 24 are arranged；The vibration cam pack 20 include with outside cabinet 4
Casing 21 that wall is fixedly connected, the vibrating motor 22 being placed in inside casing 21, the rotation cam for being coated at 22 main shaft of vibrating motor
23, it is coated at the rubber ring 24 of 17 end of slide bar, the edge of the rotation cam 23 and the EDGE CONTACT of rubber ring 24 are arranged；It is logical
Crossing vibrating motor 22 drives rotation cam 23 to carry out eccentric revolution to carry out intermittent touch to the slide bar 17 of 16 end of sieve plate
It hits, it is thus achieved that whole vibration under the action of compressed spring 19 of sieve plate 16, to realize efficient primary dcreening operation.
Preferably, the disorder component 7 includes the disorder cylinder 25 being arranged along 4 width direction of cabinet, is arranged outside cabinet 4
The power motor 26 in portion, the disorder cylinder 25 include rotation main shaft 27, the rotating disc 28 for rotating 27 rear and front end of main shaft are arranged in,
It is evenly distributed between two rotating discs 28 along the side of rotating disc and is fixedly connected with multiple stirring rods 29, the rotation main shaft
27 both ends are hinged with the inner wall of cabinet 4, and the rotation main shaft 27 is fixedly connected with power motor main shaft；By in crushing group
The lower section setting disorder cylinder of part 6 spreads the stirring point for carrying out disorder formula by the broken just raw material of shredder assemblies, realizes to broken
First raw material after broken can uniformly enter the case where agitating and heating component is stirred heating, prevents into " sticking together ", improve stirring
The processing efficiency of heating.
Preferably, the agitating and heating component 8 includes that taper feed inlet 30 below disorder component 7, setting is arranged in
The inner wall of mixing component 31 below taper feed inlet 30, the wider one end of the taper feed inlet 30 and cabinet is fixed to be connected
It connects, the relatively narrow one end of the taper feed inlet 30 is placed in the lower section of wider one end, and the mixing component 31 includes heating rotation
Main shaft 32, the stirring motor 33 for being placed in 4 lower end of cabinet, the heating stirring blade 34 being fixedly connected with heating rotation main shaft 32, institute
Heating rotation main shaft 32 is stated to be fixedly connected with the rotation main shaft of stirring motor 33；By being arranged in the top of agitating and heating component 8
Taper feed inlet 30, which effectively realizes the raw material for preventing agitating and heating component 8 to be internally heated stirring, to be occurred being sputtered onto top
Disorder cartridge module in, prevent " refluence " situation of large area；It is arranged simultaneously in mixing component and heats rotation main shaft, is placed in
The stirring motor of cabinet lower end, the heating stirring blade being fixedly connected with heating rotation main shaft, realize the stirring shape to raw material
Being evenly heated when state.
Preferably, the mold turn-table component 11 includes pedestal 34, the mould disks 35 for being placed in 34 top of pedestal, is placed in mould
Have multiple mold slots 36 inside disk 35, the rotary electric machine being placed in inside pedestal 34, multiple mold slots 36 are along mould disks 35
Upper surface be uniformly arranged, the rotation main shaft of the rotary electric machine is fixedly connected with 35 central axis of mould disks, the pedestal 34
Upper end is additionally provided with turning slot 37, and the lower end of the mould disks 35 is provided with the pivoted lever 38 being placed in inside turning slot 37；In mould
The mould disks 35 that the setting of tool rotary disc assembly 11 can be turned round under rotary electric machine drive, and setting is more inside mould disks 35
A mold slots 36, the raw material of molten state enters in the metal die 46 being placed in mold slots in discharge head 10, and in metal die
It is cooled and shaped in 46, turns to after cooling and shaping below the formed punch in " L " type rotating bar, formed under the punching press of formed punch, realized
The fluency of entire punch forming process and the effect of high-efficient automatic.
Preferably, the rotary type punch forming component 12 includes that " L " type rotating bar 39 and " L " type rotating bar 39 connect
The turning motor 40 that connects, the formed punch 45 for being placed in 39 end of " L " type rotating bar, the formed punch 40 are placed in the surface of mold slots 36,
Connect between the formed punch and 39 end of " L " type rotating bar by hydraulic stem 41, the hydraulic stem 41 include along short transverse from
Fixed section 42 that top to bottm is set gradually, telescopic segment 43,42 side wall of fixed section, which is evenly distributed, to be provided with multiple electromagnetism and inhales
Attached strut 44, the lower end of electromagnetic adsorption strut 44 are placed in the surface at 36 edge of mold slots；Pass through the liquid in " L " type rotating bar 39
Multiple electromagnetic adsorption struts 44 are set in compression bar, by multiple electromagnetic adsorption struts 44 to the metal die 46 after punch forming into
The whole absorption of row is taken out, and the efficient automatic blanking to construction material after molding is realized.
Embodiment 1
A kind of construction material molding machine of automatic blanking, including raw material processing 1, connect with raw material processing 1
Molding equipment 2, the blanking equipment 3 that is connect with molding equipment 2；The raw material processing 1 includes cabinet 4, is arranged in cabinet 4
Internal processing assembly 5, the processing assembly 5 include the shredder assemblies 6 set gradually from top to bottom along 4 body short transverse of case,
Disorder component 7, agitating and heating component 8, the agitating and heating component 8 are provided with discharging tube apparatus 9, the discharging tube apparatus 9
Discharge head 10 is placed in the top of molding equipment 2, and the molding equipment 2 includes the mold turn-table component for being placed in 10 lower section of discharge head
11, the other side of the mold turn-table component 11 is provided with rotary type punch forming component 12, and the blanking equipment 3 is provided with biography
Dynamic band 13, one end of the transmission belt 13 is placed in the other side of rotary type punch forming component 12；It is set by the way that Raw material processing is arranged
The broken preliminary working of the broken and fine sieve powder to raw material is realized, wherein disorder group in standby 1, molding equipment 2, blanking equipment 3
The setting of part 7 is so that raw material is being realized sufficient disorder and entered when agitating and heating component 8 is preferably stirred after broken
Heating processing, while squeeze by the raw material of the molten state after agitating and heating under the action of discharging tube apparatus 9 and be expelled into
It is cooled and shaped in type equipment, the mold turn-table component 11 since rotating disc type being arranged inside molding equipment 2 arranges discharge nozzle
Raw material out carries out the processing and forming of rotary type, and wherein power pump installation is arranged in discharge nozzle, to the melting in agitating and heating component 8
Raw material is discharged, so that the punch forming of material and intermittent discharge after molding, so that it is molding high in machining efficiency, together
When also avoid carrying out punch forming appearance in transmission device in the prior art to molding equipment service life having serious damage
Harmful problem takes the electromagnetic adsorption of construction material after molding by " L " the type rotating bar in rotary type punch forming component
Out, the molding automation processing of construction material is fully achieved, processing efficiency is significantly increased.
Embodiment 2
On the basis of embodiment 1, the shredder assemblies 6 include multiple grinding gears along the setting of 4 width direction of cabinet
Combination 14, the rotation axis that multiple grinding gears combine 14 middle gears are fixedly connected to power motor, the shredder assemblies 6
Lower section be provided with oscillating screen plate component 15, the oscillating screen plate component 15 includes the sieve plate that can be slided along 4 short transverse of cabinet
16, the slide bar 17 of 16 both ends of sieve plate setting is placed in the sliding slot 18 of 4 short transverse of cabinet setting, the slide bar 17 it is upper
End and lower end are provided with compressed spring 19, and the compressed spring 19 is placed in the cavity of slide bar 17 and the setting of 18 short transverse of sliding slot
In, the slide bar of 16 one end of sieve plate setting is provided with vibration cam pack 20, and the vibration cam pack 20 is outer with cabinet 4
Wall fixed setting；Raw material progress preliminary working is realized pair in the front end that 4 raw material of cabinet enters by the combination of multiple grinding gears
The efficiency crushing of raw material has allowed to carry out broken original due to being provided with oscillating screen plate component 15 in the lower section of shredder assemblies 6
The larger Shi Zehui of particle occurs in material carries out the broken granularity up to reaching needs of circulation in grinding gear combination 14 can just pass through
Sieve plate enters to be processed in next step, wherein vibration cam pack 20, which carries out effect of vibration increasing to the end of sieve plate 16, reaches demand
Raw material passes through sieve plate 16.
Embodiment 3
On the basis of embodiment 2, the vibration cam pack 20 include the casing 21 being fixedly connected with 4 outer wall of cabinet,
The vibrating motor 22 that is placed in inside casing 21, is coated at 17 end of slide bar at the rotation cam 23 for being coated at 22 main shaft of vibrating motor
Rubber ring 24, the EDGE CONTACT of the edge of the rotation cam 23 and rubber ring 24 is arranged；The vibration cam pack 20 wraps
It includes the casing 21 being fixedly connected with 4 outer wall of cabinet, the vibrating motor 22 being placed in inside casing 21, be coated at 22 main shaft of vibrating motor
Rotation cam 23, be coated at the rubber ring 24 of 17 end of slide bar, the edge of the rotation cam 23 and the edge of rubber ring 24
Contact setting；Rotation cam 23 is driven to carry out eccentric revolution to which the slide bar 17 to 16 end of sieve plate carries out by vibrating motor 22
Intermittent collision, it is thus achieved that whole vibration under the action of compressed spring 19 of sieve plate 16, to realize efficient first
Sieve.
Embodiment 4
On the basis of embodiment 3, the disorder component 7 includes the disorder cylinder 25 being arranged along 4 width direction of cabinet, setting
Power motor 26 outside cabinet 4, the disorder cylinder 25 include rotation main shaft 27, rotation 27 rear and front end of main shaft are arranged in
Rotating disc 28 is evenly distributed between two rotating discs 28 along the side of rotating disc and is fixedly connected with multiple stirring rods 29, institute
The both ends for stating rotation main shaft 27 are hinged with the inner wall of cabinet 4, and the rotation main shaft 27 is fixedly connected with power motor main shaft；It is logical
Cross the stirring point in the lower section of shredder assemblies 6 setting disorder cylinder to disorder formula is carried out by the broken just raw material of shredder assemblies
It spreads, agitating and heating component can be uniformly entered to broken just raw material by, which realizing, is stirred heating, prevents into the feelings of " sticking together "
Condition improves the processing efficiency of agitating and heating.
Embodiment 5
On the basis of embodiment 4, the agitating and heating component 8 includes the taper charging being arranged in below disorder component 7
Mouthfuls 30, the mixing component 31 being arranged in below taper feed inlet 30, the wider one end of the taper feed inlet 30 and cabinet it is interior
Wall is fixedly connected, and the relatively narrow one end of the taper feed inlet 30 is placed in the lower section of wider one end, and the mixing component 31 includes
Heating rotation main shaft 32, the stirring motor 33 for being placed in 4 lower end of cabinet, the heating stirring leaf being fixedly connected with heating rotation main shaft 32
Piece 34, the heating rotation main shaft 32 are fixedly connected with the rotation main shaft of stirring motor 33；By in the upper of agitating and heating component 8
Side's setting taper feed inlet 30 effectively realizes the raw material for preventing agitating and heating component 8 to be internally heated stirring and sputters
Into the disorder cartridge module of top, " refluence " situation of large area is prevented；Heating rotation master is set in mixing component simultaneously
Axis, the stirring motor for being placed in cabinet lower end, the heating stirring blade being fixedly connected with heating rotation main shaft, realize to raw material
Being evenly heated when stirring.
Embodiment 6
On the basis of embodiment 5, the mold turn-table component 11 includes pedestal 34, the mould disks for being placed in 34 top of pedestal
35, the multiple mold slots 36 being placed in inside mould disks 35, the rotary electric machine being placed in inside pedestal 34,36 edge of multiple mold slots
The upper surface of mould disks 35 is uniformly arranged, and the rotation main shaft of the rotary electric machine is fixedly connected with 35 central axis of mould disks, described
The upper end of pedestal 34 is additionally provided with turning slot 37, and the lower end of the mould disks 35 is provided with the pivoted lever being placed in inside turning slot 37
38；In the mould disks 35 that the setting of mold turn-table component 11 can be turned round under rotary electric machine drive, and in mould disks 35
Multiple mold slots 36 are arranged in portion, and the raw material of molten state enters in the metal die 46 being placed in mold slots in discharge head 10, and
Be cooled and shaped, turned to after cooling and shaping below formed punch in " L " type rotating bar in metal die 46, under the punching press of formed punch at
Type realizes the fluency of entire punch forming process and the effect of high-efficient automatic.
Embodiment 7
On the basis of the above embodiments, the rotary type punch forming component 12 includes " L " type rotating bar 39 and " L "
The turning motor 40 of the connection of type rotating bar 39, the formed punch 45 for being placed in 39 end of " L " type rotating bar, the formed punch 40 are placed in mold slots
36 surface is connect between the formed punch and 39 end of " L " type rotating bar by hydraulic stem 41, and the hydraulic stem 41 includes edge
Fixed section 42 that short transverse is set gradually from top to bottom, telescopic segment 43,42 side wall of fixed section, which is evenly distributed, to be provided with
Multiple electromagnetic adsorption struts 44, the lower end of electromagnetic adsorption strut 44 are placed in the surface at 36 edge of mold slots；By turning in " L " type
Multiple electromagnetic adsorption struts 44 are set in the hydraulic stem of lever 39, by multiple electromagnetic adsorption struts 44 to the gold after punch forming
Belong to mold 46 and carry out whole absorption taking-up, realizes the efficient automatic blanking to construction material after molding.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.
Claims (7)
1. a kind of construction material molding machine of automatic blanking, it is characterised in that: add including raw material processing (1), with raw material
The molding equipment (2) of construction equipment (1) connection, the blanking equipment (3) being connect with molding equipment (2)；The raw material processing (1)
Including cabinet (4), the setting processing assembly (5) internal in cabinet (4), the processing assembly (5) includes along case (4) body height side
To set gradually from top to bottom shredder assemblies (6), disorder component (7), agitating and heating component (8), the agitating and heating component
(8) it is provided with discharging tube apparatus (9), the discharge head (10) of discharging tube apparatus (9) is placed in the top of molding equipment (2), institute
Stating molding equipment (2) includes the mold turn-table component (11) being placed in below discharge head (10), the mold turn-table component (11)
The other side is provided with rotary type punch forming component (12), and the blanking equipment (3) is provided with transmission belt (13), the transmission belt
(13) one end is placed in the other side of rotary type punch forming component (12).
2. a kind of construction material molding machine of automatic blanking as described in claim 1, it is characterised in that: the shredder assemblies
It (6) include the multiple grinding gears combination (14) being arranged along cabinet (4) width direction, in multiple grinding gears combinations (14)
The rotation axis of gear is fixedly connected to power motor, is provided with oscillating screen plate component (15) below the shredder assemblies (6),
The oscillating screen plate component (15) includes the sieve plate (16) that can be slided along cabinet (4) short transverse, and sieve plate (16) both ends are set
The slide bar (17) set is placed in the sliding slot (18) of cabinet (4) short transverse setting, and the top and bottom of the slide bar (17) are equal
It is provided with compressed spring (19), the compressed spring (19) is placed in the cavity of slide bar (17) and the setting of sliding slot (18) short transverse
In, the slide bar of sieve plate (16) one end setting is provided with vibration cam pack (20), the vibration cam pack (20) and case
The outer wall of body (4) is fixedly installed.
3. a kind of construction material molding machine of automatic blanking as claimed in claim 2, it is characterised in that: the vibration cam
Component (20) includes the casing (21) being fixedly connected with cabinet (4) outer wall, is placed in the internal vibrating motor (22) of casing (21), is outer
The rubber ring (24) for being placed on the rotation cam (23) of vibrating motor (22) main shaft, being coated at slide bar (17) end, the rotation are convex
The EDGE CONTACT at the edge and rubber ring (24) of taking turns (23) is arranged.
4. a kind of construction material molding machine of automatic blanking as described in claim 1, it is characterised in that: the disorder component
It (7) include the power motor (26) external in cabinet (4) along the disorder cylinder (25) of cabinet (4) width direction setting, setting, it is described
Disorder cylinder (25) includes rotation main shaft (27), setting in the rotating disc (28) of rotation main shaft (27) rear and front end, is turned described in two
It is evenly distributed and is fixedly connected with multiple stirring rods (29) along the side of rotating disc between Moving plate (28), rotation main shaft (27)
Both ends are hinged with the inner wall of cabinet (4), and the rotation main shaft (27) is fixedly connected with power motor main shaft.
5. a kind of construction material molding machine of automatic blanking as described in claim 1, it is characterised in that: the agitating and heating
Component (8) includes the taper feed inlet (30) being arranged below disorder component (7), setting stirring below taper feed inlet (30)
It mixes component (31), the wider one end of the taper feed inlet (30) is fixedly connected with the inner wall of cabinet, the taper feed inlet
(30) relatively narrow one end is placed in the lower section of wider one end, and the mixing component (31) includes heating rotation main shaft (32), is placed in
The stirring motor (33) of cabinet (4) lower end, the heating stirring blade (34) being fixedly connected with heating rotation main shaft (32), it is described to add
Heat rotation main shaft (32) is fixedly connected with the rotation main shaft of stirring motor (33).
6. a kind of construction material molding machine of automatic blanking as described in claim 1, it is characterised in that: the mold turn-table
Component (11) includes pedestal (34), the mould disks (35) being placed in above pedestal (34), is placed in the internal multiple moulds of mould disks (35)
Tool slot (36) is placed in the internal rotary electric machine of pedestal (34), and multiple mold slots (36) are equal along the upper surface of mould disks (35)
Cloth setting, the rotation main shaft of the rotary electric machine are fixedly connected with mould disks (35) central axis, and the upper end of the pedestal (34) is also
It is provided with turning slot (37), the lower end of the mould disks (35), which is provided with, is placed in the internal pivoted lever (38) of turning slot (37).
7. a kind of construction material molding machine of automatic blanking as claimed in claim 6, it is characterised in that: the rotary type punching
Molded component (12) include " L " type rotating bar (39), connect with " L " type rotating bar (39) turning motor (40), be placed in " L "
The formed punch (45) of type rotating bar (39) end, the formed punch (40) are placed in the surface of mold slots (36), the formed punch and " L " type
Connected between rotating bar (39) end by hydraulic stem (41), the hydraulic stem (41) include along short transverse from top to bottom successively
The fixed section (42) of setting, telescopic segment (43), fixed section (42) side wall, which is evenly distributed, is provided with multiple electromagnetic adsorption branch
Bar (44), the lower end of electromagnetic adsorption strut (44) are placed in the surface at mold slots (36) edge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910177961.2A CN109772513B (en) | 2019-03-08 | 2019-03-08 | Automatic building material forming device of unloading |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910177961.2A CN109772513B (en) | 2019-03-08 | 2019-03-08 | Automatic building material forming device of unloading |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109772513A true CN109772513A (en) | 2019-05-21 |
| CN109772513B CN109772513B (en) | 2021-03-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910177961.2A Expired - Fee Related CN109772513B (en) | 2019-03-08 | 2019-03-08 | Automatic building material forming device of unloading |
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| Country | Link |
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| CN (1) | CN109772513B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112547183A (en) * | 2020-11-13 | 2021-03-26 | 河南泓医药业有限公司 | Production device and production method of dried motherwort (freeze-dried) |
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| CN106827229A (en) * | 2016-12-23 | 2017-06-13 | 和县圣大新型建筑材料有限责任公司 | A kind of construction material shaped device |
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| CN108127963A (en) * | 2018-01-04 | 2018-06-08 | 苏州智吉兴敏电子科技有限公司 | A kind of construction material molding machine of automatic blanking |
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2019
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| DE3009106A1 (en) * | 1979-08-27 | 1981-04-09 | Josef Meyer AG Emmen, Emmen | ROLL BREAKER AND METHOD FOR ITS OPERATION |
| CN204263347U (en) * | 2014-12-09 | 2015-04-15 | 温州大学瓯江学院 | A kind of concrete mixer with reducing mechanism |
| CN204656616U (en) * | 2015-04-14 | 2015-09-23 | 成都丰亚建材有限公司 | Construction material treating apparatus |
| CN205462413U (en) * | 2015-10-31 | 2016-08-17 | 江西交通职业技术学院 | Building material environmental protection recycle device |
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| CN109772513B (en) | 2021-03-16 |
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